Container Crane
The container crane design balances flexibility, efficiency, and cost-effectiveness, making it a practical choice for cost reduction and performance enhancement in logistics operations.
The container crane adopts a modular design, breaking down the functions of a traditional crane into independent units (such as the hoisting mechanism, traveling base, etc.), allowing for flexible combinations to adapt to various scenarios with standout core advantages:
Flexible Adaptability – One Machine, Multiple Uses
Breaking free from the rigid structure of traditional cranes, it can operate efficiently in large ports while also flexibly meeting intermittent demands in inland temporary yards or confined spaces, covering a wider range of applications.
Easy Transport & Rapid Deployment
All modules comply with standard truck transport regulations—no need for special vehicles or oversize permits, significantly reducing dispersed transportation costs. On-site assembly via standardized interfaces takes just 2–4 hours, saving 70% in transport costs and 50% in installation time compared to conventional cranes.
Low-Maintenance & Cost-Effective
Core components are distributed across ground-based modules, eliminating the need for aerial work platforms during routine inspections. Standardized wear parts ensure 60% faster maintenance and over 90% equipment utilization. Future upgrades require only module replacement—no need to scrap the entire machine.
Technical Specifications:
Rated Load Capacity: 40 tons
Max Lifting Height: 1980mm (Container roof lifting height ≥4700mm)
Max Lifting Speed: 0.03 m/s
Self-Weight: 8.7 tons
Max Traveling Speed: 1.5 km/h
Drive Wheel Diameter: 450mm
Min Ground Clearance: 75mm
The container crane strikes an optimal balance between flexibility, cost-efficiency, and reliability through its modular design. It not only serves as a highly effective complement to traditional integrated cranes but also stands out as the preferred solution in modern logistics systems—delivering adaptable performance, reduced operational costs, and enhanced productivity across diverse operational scenarios.